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PYTHIA
8.316
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#include <History.h>
Public Member Functions | |
| Clustering () | |
| Default constructor. | |
| ~Clustering () | |
| Default destructor. | |
| Clustering (const Clustering &inSystem) | |
| Copy constructor. | |
| Clustering (int emtIn, int radIn, int recIn, int partnerIn, double pTscaleIn, int flavRadBefIn=0, int spinRadIn=9, int spinEmtIn=9, int spinRecIn=9, int spinRadBefIn=9, int radBefIn=0, int recBefIn=0, map< int, int > posIn=map< int, int >()) | |
| Constructor with input. | |
| double | pT () const |
| Function to return pythia pT scale of clustering. | |
| void | list () const |
| print for debug More... | |
Public Attributes | |
| int | emitted |
| The emitted parton location. | |
| int | emittor |
| The emittor parton. | |
| int | recoiler |
| The recoiler parton. | |
| int | partner |
| The colour connected recoiler (Can be different for ISR) | |
| double | pTscale |
| The scale associated with this clustering. | |
| int | flavRadBef |
| The flavour of the radiator prior to the emission. | |
| int | spinRad |
| Spin of the radiator (-1 is left handed, +1 is right handed). | |
| int | spinEmt |
| Spin of the emitted (-1 is left handed, +1 is right handed). | |
| int | spinRec |
| Spin of the recoiler (-1 is left handed, +1 is right handed). | |
| int | spinRadBef |
| Spin of the radiator before the splitting. | |
| int | radBef |
| The radiator before the splitting. | |
| int | recBef |
| The recoiler before the splitting. | |
| map< int, int > | iPosInMother |
Declaration of Clustering class. This class holds information about one radiator, recoiler, emitted system. This class is a container class for History class use.
| void list | ( | ) | const |
print for debug
The Clustering class.
Declaration of Clustering class This class holds information about one radiator, recoiler, emitted system. This class is a container class for History class use. print for debug
| map<int,int> iPosInMother |
Map between particle positions in the clustered states -> particle positions in unclustered real-emission state.
1.8.11